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Progressive Casting Tutorial in Engineering Technology

Learn about continuous/progressive casting in metallurgical processes, its benefits, and applications in steel, aluminum, and copper production with detailed explanations and diagrams.

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Progressive Casting Tutorial in Engineering Technology

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  1. Anglicky v odborných předmětech"Support ofteachingtechnicalsubjects in English“ Tutorial: Engineering technology Topic: Continuous /progressive casting Prepared by: Ing. Elena Nová Projekt Anglicky v odborných předmětech, CZ.1.07/1.3.09/04.0002 je spolufinancován Evropským sociálním fondem a státním rozpočtem České republiky.

  2. Continuous / progressive casting

  3. Progressive casting • Casting is provided without moulds. It is: • Die casting • Permanent mould casting • Centrifugal casting • Continuous casting

  4. Progressive casting • Continuous casting is a metallurgical process where melted metal is solidified into half-form or a plate for subsequent rolling. Continual casting enables cheap manufacture of metal parts better quality, thanks to standardized continuous manufacturing and a better production (with help of automation).

  5. Melted steel is transferred into transport ladle, then proceeded into crystallizer and from there continuously exits plasticized blank which is cut to required length. Continuous casting sequence is understood number of casted melts without process interruption.

  6. Progressive casting • Continuous casting is mostly used with steel but also with aluminium and copper. • In accordance with geometric arrangement is divided to: • Vertical • Horizontal

  7. Progressive casting • Continuous casting (Tundish and Mold) 1. Ladle 2. Tundish 3. Mold 4. Plasma torch 5. Stopper 6. Straight zone

  8. Progressive casting

  9. Continuous casting

  10. Used literature • http://t1.gstatic.com/images?q=tbn:ANd9GcT-NPjByxellpxIZ4-JMrGZHEGj-XZAc1XXYUAsupzsYnxCmcAX • leccos.com/index.php/clanky/plynule-odlevani

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